The possibility of life on other planets holds enormous fascination for people of all ages. This interdisciplinary learning kit uses that theme to launch scientific learning in young students. Through a series of hands-on activities, it directs participants to solve an outer space mystery thereby acquiring and developing scientific knowledge and…

This curriculum unit describes geothermal energy in the context of the world's energy needs. It addresses renewable and nonrenewable energy sources with an in-depth study of geothermal energy--its geology, its history, and its many uses. Included are integrated activities involving science, as well as math, social studies, and language arts.…

This book is designed to provide teachers with numerous ideas about how to infuse mathematics and writing into their classroom in creative and challenging ways and to encourage students to visualize, speak, and write about math. The activities described here can help students communicate mathematically and realize that there is more to math than…

This activity book serves as a primer on population dynamics and environmental impacts. It is designed to show young students their connections to other people, all living things, and the environment that surrounds them. While the kit is designed for use with students in grades 1-6, many of the activities are more appropriate for upper elementary…

Describes an attempt to promote both mathematical and nonmathematical problem solving. Suggests that the goals for the average mathematics course need revision, in practice, or additional courses introduced, which will develop thinking ability as a primary objective. (EB)

Two science classroom techniques that can be used in the social studies classroom to motivate students involve puzzling phenomena and relating science to social issues such as over-population, energy, and pollution. (JR)

The writing done in a biology class has a great deal in common with the writing done in the humanities and the social sciences. Because the scientific method of investigation requires the student to examine and understand the physical world by asking questions and then answering them through empirical investigation, clear and concise writing is…

Environmental education is proposed as a viable means of improving the educational system. The rationale for teaching environmental education is based in part upon White's principles of education for Seventh-day Adventists and upon Noel McInnis's views of what makes education environmental. An overview of environmental education characterizes it…

This paper presents a history and description of an introductory college level survey course on the future. The objective of the course is to help students recognize the importance of considering the future in every category of learning. A new futures study curriculum at Metropolitan State University, St. Paul, Minnesota, was introduced in 1975.…

These background papers are written to provide information for the teacher on technical problems that might arise as students carry on various USMES investigations. Background papers are also written which include information about the types of investigations which may provide good opportunities for learning in specific areas. This set includes…

Prepared at the request of the executive committee of the Commission of the Professors of Adult Education, the monograph explores problems and solutions that American and Canadian professors of adult education report in initiating and revising graduate programs. Survey questionnaires (approximately two-thirds return rate) were sent to one…

In an attempt to prepare students for units analysis in the solution of problems in high school chemistry and physics, the author developed learning packets on the factor label method. Thirty-three students used these packets individually during a regular tenth-grade geometry class. There were two packets, each to be used for two days. Prior to…

Lists the disadvantages of having required courses and suggests alternatives dealing with behavioral objectives, problem-solving, individualized instruction and a portfolio replacing grades. (LS)

The authors trace the growing concern over mathematics and its relationship to other disciplines in the curriculum of the secondary schools from the early 1960's. The case is then argued for a mathematics curriculum in which students become heavily involved in solving problems which are interdisciplinary and are real and of interest to them. (MN)

Discusses an interdisciplinary approach to environmental education. Outlines the distinct features of Spurensicherung and the need for the development of working relationships between the practicing teacher and groups outside the school in the facilitation of the program. Advocates adoption of this method. (RT)